GL184F23CDT

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Crystals

Crystals are intricate and fascinating objects that exist in nature. A crystal is an orderly arrangement of atoms in a three-dimensional lattice formation, binding together an orderly arrangement of positive and negative charges. Crystals can be formed by liquid phase transport, chemical reactions, and phase changes, such as freezing and evaporation. Crystals have been treasured and used for decorative purposes since ancient times.

In more recent times, crystals have become a vital component in many modern technological devices and applications. Perhaps the most familiar example of a crystal being used in this way is the quartz crystal, which is a key component in many digital watches and communication devices. The quartz crystal acts as an oscillator, creating an electrical signal with a very precise frequency.

Another example of a crystal being used in a technological application is the GL184F23CDT. The GL184F23CDT is a frequency-temperature compensated, temperature-stabilized crystal oscillator. It can be used in high-frequency OCXOs, or allows for the implementation of frequency measurement or frequency synthesizers, and can also be used in high precision clock circuits.

GL184F23CDT Application Field and Working Principle

The GL184F23CDT is a temperature compensated, temperature stabilized crystal oscillator specifically designed for use in both communications and instrumentation applications. This oscillator is a frequency-temperature compensated, temperature-stabilized crystal oscillator which can be used in high-frequency OCXOs, or to implement frequency measurement or frequency synthesizers. It can also be used in high precision clock circuits.

The crystal oscillator works on the principle that when a quartz crystal is held between two electrodes and is subjected to an electrical field, an electric charge is produced, which causes the crystal to vibrate. This vibration of the crystal causes an oscillating electrical signal of known frequency to be generated. The frequency of this signal is very stable and can be maintained over a wide range of temperatures and environmental conditions.

The GL184F23CDT is designed to achieve very stable, low-temperature drift characteristics over a wide temperature range. It utilizes a temperature-compensated, temperature-stabilized crystal oscillator which results in a much lower temperature drift and improved long-term frequency stability. The GL184F23CDT has a maximum frequency of 40MHz and is capable of providing an output drive greater than 45 mW.

The GL184F23CDT is ideal for use in a variety of applications such as frequency synthesizers, data communications, timing applications, phase-locked loops and instrumentation systems. The crystal oscillator provides a highly accurate and stable frequency reference, making it well suited for use in applications where precise frequency control is required. It is also capable of operating over a wide temperature range, making it suitable for use in extreme environmental conditions.

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